The Spread of Antibiotic Resistance in Global Farming

Introduction

The widespread use of antimicrobial drugs in farming has led to the development of drug-resistant bacteria. This trend creates serious health risks for farm workers and the general public.

Main Body

The regular use of antibiotics in livestock and crops has created areas where antimicrobial resistance (AMR) grows. For example, in the pig industry, the presence of MRSA increased significantly in Denmark, rising from under 5% in 2008 to 90% by 2018. These bacteria do not only spread through direct contact; evidence shows they can travel through the air to nearby homes or appear in supermarket meat. Furthermore, using certain drugs in citrus farming can put workers at risk, which may make important treatments for diseases like tuberculosis less effective. Different countries have different ways of handling this problem. Denmark created a strong monitoring system in 1995, which later helped the European Union set rules for veterinary prescriptions. In contrast, the United States has a fragmented system of state-level monitoring, and China's rural policies are often inconsistent. Although the Food and Agriculture Organization (FAO) started the InFARM system in 2024 to standardize data, the use of these drugs continues to grow. For instance, sales of important medical drugs for U.S. livestock rose by 16% between 2023 and 2024. To reduce these risks, experts suggest using protective equipment like masks and improving ventilation in barns. Rapid testing is also recommended to isolate sick animals quickly. However, many farms struggle to adopt these rules because their profit margins are very low. Additionally, migrant workers are particularly vulnerable because they often have limited access to healthcare and unstable legal status, making it harder to monitor and treat their infections.

Conclusion

The combination of industrial farming and the overuse of antibiotics has created a major public health danger. This situation requires stricter government rules and better protection for workers.

Learning

πŸ’‘ The 'Bridge' Logic: Moving from Simple to Complex

At the A2 level, you likely use simple words like 'and', 'but', and 'so'. To reach B2, you need to connect your ideas using Sophisticated Transitions. These words act like glue, making your writing sound professional and academic.

🧩 The 'Contrast' Upgrade

Instead of saying "But," look at how the text creates a clash between two different ideas:

  • In contrast: Used to show a clear difference between two things (e.g., Denmark's system vs. the US system).
  • However: Used to introduce a problem or a surprising fact that contradicts what was just said (e.g., Experts suggest rules, however, farms are too poor to follow them).
  • Although: Used to admit one fact while emphasizing a more important one (e.g., Although there is a new system, drug use is still growing).

πŸš€ The 'Addition' Upgrade

Stop using "And" to start every sentence. Use these instead to build a stronger argument:

  • Furthermore: Use this when you are adding a new, stronger piece of evidence to your point.
  • Additionally: Use this to add extra information that is similar in importance to the previous point.

πŸ› οΈ Practical Application: The B2 Formula

A2 Style (Simple): Denmark has a good system. But the USA is different. And China is inconsistent.

B2 Style (Advanced): Denmark has a strong monitoring system; in contrast, the United States has a fragmented approach. Additionally, policies in rural China remain inconsistent.

Coach's Tip: B2 fluency isn't about using the biggest words in the dictionary; it's about using the right connectors to show how your ideas relate to one another.

Vocabulary Learning

widespread (adj.)
existing or happening over a large area or among many people
Example:The use of antibiotics is widespread in modern farming.
antimicrobial (adj.)
relating to or capable of killing microorganisms such as bacteria
Example:Antimicrobial drugs are used to treat infections.
resistant (adj.)
not affected by a particular drug or treatment
Example:The bacteria became resistant to the antibiotic.
significantly (adv.)
in a large or important way
Example:The incidence of disease increased significantly after the outbreak.
travel (v.)
to move from one place to another
Example:The bacteria can travel through the air to nearby homes.
fragmented (adj.)
broken into pieces; not united
Example:The monitoring system is fragmented across different states.
standardize (v.)
to make things the same or uniform
Example:The new policy aims to standardize safety procedures.
protective (adj.)
providing protection or safety
Example:Workers should wear protective equipment like masks.
ventilation (n.)
the process of moving fresh air into a space
Example:Good ventilation is essential in barns to keep animals healthy.
vulnerable (adj.)
easily harmed or at risk
Example:Migrant workers are vulnerable to disease.
overuse (n.)
using something too much or too often
Example:The overuse of antibiotics contributes to resistance.
danger (n.)
a situation that could cause harm or injury
Example:The spread of resistant bacteria poses a danger to public health.
stricter (adj.)
more severe or demanding
Example:The government is implementing stricter rules.
profit margins (n.)
the difference between revenue and costs, expressed as a percentage
Example:Farmers struggle because their profit margins are very low.
isolate (v.)
to separate something from others to prevent spread
Example:Rapid testing helps isolate sick animals quickly.